The main goal of the course is to complete and expand students theoretical and practical knowledge in the field of the application of statistical methods in the interpretation and interpretation of the results of chemical measurements in chemical engineering.

The outcome

Upon completion of the course, the student will be able to: select and apply appropriate statistical programs (tools) in the analysis of data in practical and research work in various fields of chemical engineering, especially in the field of standardization and quality control; classification and data modeling; using standard computer programs for statistical data processing. Students, future engineers, will be able to critically evaluate and evaluate the chemical process. They will be able to carry out the planning of the experiment, and after evaluating the performance of an experiment, perform its optimization and modeling. Students will master the skills to extract significant sizes within a large number of data, which is a compromise between exact metrological requirements and solving a chemical problem.

Methods for statistical data processing (data file preparation, preliminary statistical analysis, statistical tests, selection of appropriate haemometric techniques, application and interpretation of statistical analysis results, modeling of parameters, evaluation of the experiment's performance) will be considered. Exercises are on the computer (familiarization with the work and use of programs for statistical processing of measurement results: Excel, SPSS, Minitab).